36results about How to "Sufficient energy supply" patented technology

The invention discloses a small waterplane area twin-hull ship type marine monitoring buoy platform which comprises two torpedo-shaped lower submerged bodies, an upper hull platform and a streamline strut, wherein the torpedo-shaped lower submerged bodies are placed underwater and provide most of buoyancy; the upper hull platform is above the water surface; the streamline strut connects the lower submerged bodies and the upper hull; fixed rudders for positioning are arranged at the rear parts of the lower submerged bodies; a multisection type streamline probe box which is connected to the lower end of the upper hull platform is arranged between the two lower submerged bodies; the side surface of the multisection type streamline probe box is provided with a small hole through which the water flows; the multisection type streamline probe box is set to be easy to separate from the upper hull platform under the impact of external force; each section of the streamline probe box is provided with an anchor bolt, each anchor bolt is fixedly connected with an anchor chain, and an anchor is connected to each anchor chain. The invention has the advantages of good sea area adaptability, small splashing area volume, strong wind and wave resistance, good stability, large load, large platform area, small resistance in waves, sufficient energy supply, good equipment expansibility, convenient maintenance, and the like.

The invention discloses a media access control (Media Access Control, MAC) mechanism for digital-energy integrated wireless sensor networks, which is applied to the field of wireless sensor networks and addresses the problems existing in the prior art; the invention introduces wireless digital-energy simultaneous interpretation technology , change the superframe structure of the traditional IEEE 802.15.4 protocol, optimize the GTS time slot allocation scheme of the wireless access point, and take the residual energy of the terminal node, the numerical difference between the two collected data before and after, and the validity period of the newly collected data as the judgment conditions. To guide the allocation of GTS time slots, the support vector machine algorithm of machine learning is introduced, and a learner model of support vector machine is obtained by supervised learning based on historical data, and the decision boundary value of the learner model is used as the benchmark for GTS time slot application. value, and the GTS slot application scheme is determined by comparing with the reference value.

The invention relates to a self-powered device for monitoring oil and gas transmission pipelines and belongs to the field of oil and gas pipeline monitoring and power generation. A body is fixed on a boss inlaid with a bearing and arranged on the outer side of a pipeline, a press plate inlaid with a bearing is mounted in the body, the upper ends of columnar magnets enter large round holes at the upper end of the body through guide holes on the press plate, the lower ends of the columnar magnets are adhered with a group of bowl-shaped piezoelectric transducers arranged in small round holes, a spindle is mounted on inner rings of the bearings, blades are mounted at one end of the spindle, T-shaped magnets are inlaid on a flange plate which is welded at the other end of the spindle, and the T-shaped magnets and the columnar magnets are mounted with like poles close to one another. The self-powered device for monitoring the oil and gas transmission pipelines has the advantages that the piezoelectric transducers are used for converting oil and gas kinetic energy into electric energy, and reliable and sufficient energy can be obtained without laying cables or batteries; the self-powered device is high in power generation capacity, free of contact impact and noise and high in reliability; and power generation is determined by magnetic field intensity, and the self-powered device has high power generation capacity when the spindle rotates at a high speed, at a low speed and at a uniform speed.

The invention discloses a signal relay method for smart home, which includes the following steps: S1. According to the sequence of the repeaters, sort all the terminals wirelessly communicated with the repeaters; S2, any group Between the corresponding terminal and the repeater, the terminal sends information to the repeater; S3, the information sent by any of the terminals is sorted among all the repeaters Forward one by one, and in any forwarding, the repeater strengthens the information; S4, the controller obtains the information sent by all the terminals from the repeater located at the last position in the sequence . The above-mentioned relay method can ensure the stable transmission of the signal of the smart home device.

The invention discloses lactation compound feed for sows and a preparation method thereof. The lactation compound feed for sows is made from wheat, corn in northeast China, 46% soybean meal, soybean hull, calcium hydrophosphate, rice bran oil, liquid phytase, liquid compound enzyme, limestone flour, salt, 65% lysine, threonine, 60% choline chloride, antioxidant, plasma protein, potassium chloride, magnesium sulfate, vitamin prefix, and trace mineral premix. The preparation method include: weighing all materials by percent weight, and adding the materials into a crusher for crushing under the crushed size of 25-40 mesh; and adding the crushed materials into a pelletizer to make pellets at 85 DEG C with gelatinization degree reaching more than 90%. The lactation compound feed for sows has the advantages that the lactation compound feed for sows meets requirements of nursing sows for nutrition and is high in palatability, immunity, milk yield and milk quality are increased for the sows, and productivity of piglets is further improved.

A microcomputerized multi-frequency phototherapeutic apparatus is composed of microcomputer, control circuit, one or more halogen lamps with 0-150 W of power and 2600-3800 deg.K of color temp, and telescopic turnable lamp supporter. Under the control of microcomputer and control circuit, siad halogen lamps are flashingby particular rule for generating 'resonance' between multi-frequency light energyand the vital energy and blood of human body.

A communication method and communication device based on NB-IoT and LoRa, which relate to the field of communication technology, are proposed in order to improve the transmission distance and reduce the operating cost of the wide-area information monitoring system. The master node judges whether it has received the LoRa frame data from the child node. If the master node receives the LoRa frame data from the child node, it will store it in the receiving buffer area, and read the frame data effectively according to the improved LRU algorithm. Store the valid data after reading into the sending buffer; report the data in the sending buffer to the server through NB-IoT, and judge whether it is connected; if it is connected, send the data in the sending buffer to the server; if it is not connected, return to the receiving starting point . The sub-node hardware system is used to realize sensor information collection and LoRa communication; the main node hardware system is used to realize LoRa communication, NB‐IoT communication, sensor information collection, and LCD screen display. The present invention can simultaneously integrate LoRa and NB-IoT communication protocols.

The invention provides a cooling system for an equipment cabin of a deep-sea space station, which includes a seawater power generation system, a seawater cooling system and a seawater treatment system. The equipment cabin cooling system of the deep-sea space station provided by the present invention can not only ensure the temperature control of the equipment cabin of the deep-sea space station, but also use the high-pressure seawater outside the station to generate electricity to increase the power reserve in the station, and can also prepare the seawater entering the station into fresh water to supplement There is limited production and domestic water in the station. Therefore, the self-sustaining power of the deep-sea space station can be increased. It scientifically and reliably guarantees the sufficient energy supply of the deep-sea space station, has a strong life support system, and can accommodate more people to carry out scientific research in the deep sea for a longer period of time.

The invention relates to the technical field of new material processing, and discloses a diaphragm material for a power lithium battery, in which a polypropylene organic bottom film is impregnated in a dispersion, and the dispersion system contains carbonized corncob materials and nano-scale titanium dioxide, carbonized corncobs The material has a well-developed three-dimensional pore structure, which can be evenly dispersed into the titanium dioxide alcohol solution, and has strong adsorption performance. The polypropylene organic base film is further impregnated to process the diaphragm material of the power lithium battery. The diaphragm prepared by the present invention The material has high porosity, small pore size, good mechanical properties and temperature resistance on the surface, good thermal shrinkage, and high safety in use. When used with power lithium batteries, it has properties such as large capacity, long life, and stable and uniform output. Power equipment provides sufficient energy supply.

The invention relates to a device for collection, storage and output of different forms of electromagnetic energy, comprising a collector arrangement and a storage arrangement. According to the invention, electrical energy is collected as efficiently as possible on a commercial scale without the use of raw materials, by providing a conductor (1), forming a closed circuit for supply of electric users with electrical energy for the collector arrangement and / or the storage arrangement.

A solar routing inspection lamp comprises a lamp shell, a lamp holder, a side cover, a first solar panel and a second solar panel. The lamp shell is of a hollow cylindrical structure, a containing groove is formed in the side face of the lamp shell, the lamp holder is arranged at one end of the lamp shell, the side cover is rotatably connected onto the side face of the containing groove of the lamp shell and can cover an opening of the containing groove after rotating, so that the side cover and the side wall and the bottom of the containing groove jointly form a containing space, the first solar panel is arranged at the bottom of the containing groove, the second solar panel is arranged on the side cover, both the first solar panel and the second solar panel are contained in the containing space when the side cover covers the opening of the containing groove, and the first solar panel and the second solar panel are exposed outside when the side cover rotates. The solar routing inspection lamp has the advantage of sufficient energy supply.

The invention relates to an electricity generation device for an oil gas pipeline monitoring system, belonging to the field of oil gas pipeline monitoring and piezoelectric electricity generation. The electricity generation device is characterized in that a left end cover is arranged at the outer side of a pipeline; a shell is fixed between the left end cover and a right end cover; a piezoelectric transducer is sleeved on the inner wall of the shell, and the piezoelectric transducer is formed by adhering a metal base plate and a piezoelectric crystal plate; different magnetic poles of a pair of fixed magnets are oppositely arranged on the free end of the piezoelectric transducer; a main shaft is arranged on the left end cover and the right end cover through a bearing; an impeller is arranged on a main shaft end and placed in a pipeline; and a main shaft spline is sleeved with a magnet ring 1 and a magnet ring 2 which are provided with protruded teeth and opposite radial polarization directions. In the invention, the kinetic energy of an oil gas is converted into electric energy by utilizing the piezoelectric transducer, and therefore, reliable and sufficient energy can be obtained without paving cables or batteries; and the piezoelectric transducer is excited in a non-contact way and protected through two-way magnetic coupling action, and therefore, high reliability is achieved and higher electricity generation capacity is achieved during high rotating speed, lower rotating speed and constant rotating speed of the main shaft.